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HS Code |
281555 |
| Chemical Name | Sucralose |
| Molecular Formula | C12H19Cl3O8 |
| Cas Number | 56038-13-2 |
| Appearance | White crystalline powder |
| Molar Mass | 397.64 g/mol |
| Sweetness | Approximately 600 times sweeter than sucrose |
| Solubility In Water | High |
| Caloric Value | Negligible (non-caloric) |
| Melting Point | 125 °C (decomposes) |
| E Number | E955 |
| Stability | Highly stable under heat and over a broad pH range |
| Origin | Artificially synthesized from sucrose |
| Use | Artificial sweetener in food and beverages |
| Taste Profile | Clean, sweet taste with no bitter aftertaste |
As an accredited Sucralose factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sucralose is packaged in a sealed, food-grade plastic container, labeled "Sucralose, 1 kg," with purity details and safety instructions. |
| Shipping | Sucralose is shipped in tightly sealed, food-grade containers or drums, typically lined with protective material to prevent contamination. It should be kept in a cool, dry, well-ventilated area away from incompatible substances. Proper labeling, documentation, and compliance with relevant transport and safety regulations are essential during shipping. |
| Storage | Sucralose should be stored in a tightly sealed container, away from moisture, heat, and direct sunlight. Keep it in a cool, dry place to maintain its stability and prevent caking or degradation. Avoid exposure to volatile chemicals or strong odors, as sucralose can absorb surrounding scents. Proper storage ensures sucralose retains its sweetness and quality over time. |
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Purity 99%: Sucralose with 99% purity is used in pharmaceutical formulations, where it ensures consistent sweetness intensity and minimal impurity content. Stability temperature 125°C: Sucralose stabilized for 125°C is used in baked goods manufacturing, where it maintains sweetness without thermal degradation. Particle size 200 mesh: Sucralose with 200 mesh particle size is used in powdered drink mixes, where it provides rapid and complete dissolution. Moisture content <1%: Sucralose with moisture content less than 1% is used in instant beverages, where it prevents caking and clumping during storage. Bulk density 0.45 g/cm³: Sucralose with a bulk density of 0.45 g/cm³ is used in tablet production, where it allows for uniform compaction and dosing. pH stability range 3–8: Sucralose with pH stability of 3 to 8 is used in acidic beverages, where it prevents taste profile shifts across a wide pH range. Melting point >120°C: Sucralose with a melting point above 120°C is used in confectionery applications, where it does not caramelize or break down during processing. Solubility 280 g/L (25°C): Sucralose with solubility of 280 g/L at 25°C is used in syrup manufacturing, where it enables high-load sweetener formulations. Ash content <0.05%: Sucralose with ash content less than 0.05% is used in infant food applications, where it ensures high purity and meets safety standards. Optical rotation +68.2°: Sucralose with optical rotation of +68.2° is used in analytical quality control, where it guarantees product identification and specification conformity. |
Competitive Sucralose prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
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Day in and day out, our team manages the intricate process of sucralose production, starting from raw chlorinated sucrose to the fine, white crystalline powder distributed across the globe. Our understanding of this molecule does not only come from handling orders but from overseeing every step — from reaction time and solvent purity to crystalline filtration and drying cycles. We’re not just putting our label on a drum; every batch represents hard-won expertise built on process refinement, technical challenges, and rigorous quality controls.
Sucralose, with the chemical formula C12H19Cl3O8, has been a pivotal part of our portfolio since the early 2000s. It stands out by providing high-intensity sweetness—roughly 600 times sweeter than sucrose—without any calorie load. Unlike many sweeteners having a bitter or metallic aftertaste, sucralose delivers a taste profile remarkably close to sugar. Food technicians, beverage formulators, and even home bakers recognize the flavor match, and we hear about it firsthand from R&D labs around the world.
Years of feedback tell us that brands trust sucralose to solve more than just the “sugar problem.” Because it remains stable at high temperatures and over a wide pH range, our sucralose performs in everything from carbonated drinks to baked snacks. It’s found in bottled teas, low-calorie jams, chocolate milk, chewing gum, sauces, and pharmaceutical syrups. Even large-volume beverage plants operating continuous batch cycles benefit because sucralose doesn’t lose sweetness if a hold-up occurs, which can’t be said for some alternatives.
The vast majority of our output is pure sucralose, often shipped as USP/EP or FCC-grade product. Our principal model, fit for both food and pharmaceutical use, consists of microcrystalline powder with an assay above 98%—we keep residual solvent and heavy metal content minimal, as tight as our analytical chemists can certify. Moisture content stays low, usually under 2%, curbing clumping and ensuring flow for automatic dosing lines.
We offer multiple particle sizes. Some confectioners ask for a fine grade blending seamlessly into icing or fillings; others, for agglomerated particles, speeding up solubility in instant beverages. Each order is ground and sifted to meet customers’ target mesh sizes. Scaling equipment, tracked with regular calibration, combined with in-process gravimetry, ensures this isn’t a theoretical promise. The tiniest deviation, and we rework that batch—our reputation rides on reliability.
Batch after batch, our QA lab runs HPLC and gas chromatography screens, checking identity and purity, free from solvents like methanol or ethyl acetate that sometimes show up in cut-rate supplies. Food safety authorities audit us regularly, and we open our doors because experience has taught us that transparency builds trust. Down the line, if a beverage plant or snack manufacturer sees inconsistent performance—perhaps unexpected color or crystallization—they call us directly, not a middleman. We run full traceability and field support, reaching back to master batch records and raw material intake logs.
Fielding customer questions, we get an unfiltered view into the practical differences between sucralose and other high-intensity sweeteners. Aspartame, for example, loses effectiveness above 100°C and can break down under acidic or basic conditions over time. Food engineers working on shelf-stable, pasteurized, or baked goods turn to sucralose because it delivers longevity and flavor integrity. It has no breakdown into off-tasting compounds, a real advantage for systems running months-long shelf lives.
Customers often move away from saccharin and cyclamate due to their well-known aftertastes and regulatory complexities in certain export markets. As a producer, we comply with limits set by American and European authorities, and sucralose fits seamlessly into international ingredient listings. Stevia, while natural, introduces a flavor profile that doesn’t always align with consumer preferences—brands have tried blending it with our sucralose to soften bitterness and round out flavor. Sucralose provides that clean profile without the fruity or licorice notes some competitors bring.
The cost profile per kilogram of sucralose appears higher than some other sweeteners. But technical experience and repeated life-cycle analyses show that formulation costs drop when production lines avoid reprocessing, flavor masking, or product recalls due to instability. A kilogram of sucralose, when matched to its sweetness equivalence and functional reliability, consistently delivers value—minimizing inventory overruns and returns.
From years of managing regulatory files and compliance paperwork, we know the detailed scrutiny sucralose receives. Its long history of safety assessments by the U.S. FDA, EFSA, JECFA, and other health organizations stands on decades of pre-market testing and post-market surveillance. No manufacturer likes risk—so we invest in redundant testing, including microbiological screens, and batch certifications. On request, we provide full documentation supporting Kosher, Halal, Non-GMO, and allergen-free status, giving peace of mind to everyone from multinational beverage corporations to local bakeries.
Safety isn’t just about ticking boxes; it comes from understanding where cross-contamination can occur. We run closed systems, assign dedicated packaging lines, and enforce worker training. For us, consumer confidence comes from the knowledge that what’s inside each bag matches what our certificates declare—no unexplained particles, no carried-over aroma, strictly the intended sweetening effect.
Over years of refining production, our technicians have tackled crystallization issues, caking during humid summer months, and the gritty feel that plagues badly-milled grades. Hard-earned lessons guide our process improvements, whether adjusting dryer cycle temperatures to preserve crystal integrity or integrating automated feed for blending operations.
We’ve seen the minor variables that can become critical on a production floor: water activity in finished powder, how static charge affects pourability, or how storage temperatures influence flow characteristics. We field questions directly from processing engineers about bench-top trials and provide advice based on batch records, not guesswork. If there’s a challenge in dispersing our sucralose in low-water activity confections or an unexpected color development, our technical service team gets to the root cause, relying on real manufacturing data.
Talk with our logistics planners, and they’ll share how sucralose reaches manufacturers in over 35 countries. We serve industrial customers producing everything from orange soft drinks in Latin America to shelf-stable coffee creamers in the Middle East. Formulation teams in Asia leverage high-purity sucralose in instant noodles and powdered beverage mixes, citing its clean aftertaste. In North America and Europe, innovation teams develop sugar-free chocolate, ready-to-drink teas, dairy desserts, and sports nutrition blends with our sucralose at their core.
Pharmaceuticals represent another significant outlet. Our product goes into cough syrups, chewable tablets, and oral care products, favored for both its flavor profile and compliance with established monographs. Formulators often require granular batch traceability and purity confirmation for these sensitive applications, and our QA practices meet these expectations.
In the fast-growing category of health-forward products, manufacturers seek low-calorie sweeteners with broad consumer acceptance. Regulatory hurdles related to ingredient approval slow progress for novel molecules, but brands trust sucralose’s established reputation. As a result, it moves fast through project pipelines and commercial launches.
As the global supply chain shifts, raw material sourcing rarely stays simple. We have navigated these challenges through direct contracts with suppliers of sucrose and process chemicals. Years of partnership with equipment vendors means we troubleshoot downtime with minimal loss. In the past, sourcing interruptions could have meant missed deliveries and long lead times for downstream food plants. Now, we maintain inventory buffers and backup sourcing plans, shielding customers from market shocks.
Environmental demands push us to find greener routes, and we review waste solvent recycling options, emissions controls, and energy efficiency upgrades every year. We launched investments in solvent recovery, not only reducing costs but demonstrating to downstream partners our commitment to responsible manufacturing. This approach isn’t just a corporate pledge—it helps maintain compliance certifications that open doors to sensitive export regions.
Food and beverage reformulation cycles accelerate with every passing year. We’ve staffed our technical support team with chemists who know the intricacies of shelf-life testing, flavor delivery, and regulatory labeling. We sit in on formulation calls with customers, offer advice on process modifications, and share reference lab data when off-flavors or instability crop up in test runs. Feedback from these conversations shapes our next generation of quality targets and process controls.
Our longstanding customers value fast response—no bureaucratic delays, no running in circles. If a product recall or market challenge surfaces, our technical managers cut through the noise, heading straight for root cause analysis. We review not just technical specifications, but case-specific production histories and outbound shipment logs, sharing insights drawn from thousands of batches.
New market entrants lean on our knowledge when regulatory filings and international registrations need supporting data. Preparing full safety and provenance files for governments and retail chains, we work directly with legal and compliance teams—no chasing third-party documents, no hand-waving explanations.
We recognize the shifts in consumer sentiment around sweeteners. Sugar taxes, “clean label” trends, and media scrutiny of synthetic ingredients drive brand formulations to new heights. As a producer, we respond not with empty marketing, but by refining our product, communicating transparently about our process, and participating in independent safety studies. We liaise with universities on long-term metabolic research, helping set clearer benchmarks for industry best practices.
Product innovation doesn’t rest on one molecule. Our R&D group continuously trials new sweetener blends and evaluates enzyme-modified derivatives with altered sensory profiles. As regulations adapt, we support brands integrating both traditional and novel ingredients, navigating complex labeling and safety disclosures. The burden remains on us to prove product purity, gauge new sensory expectations, and deliver traceability even as global supply chains shift.
We find that customers willing to partner with us early in their development cycles see the strongest benefits—trouble-free ramp-ups, fast troubleshooting, and fewer recall risks. Direct feedback shapes our process upgrades. We invest in better analytics, more robust preventive controls, and sustainable approaches to both production and delivery. The expectations rise each year; meeting them takes a producer’s direct involvement and ongoing learning.
No trader or reseller lives with the reality of quality drift, caking, or flavor-shift issues the way a manufacturer does. We trace root causes, remediate problems before a truck leaves our site, and remain responsible for our product across its supply chain journey.
We value open technical dialogue, standing behind every shipment with lab records, process transparency, and a history of success in diverse applications. Our commitment as producers goes beyond simply making sucralose available; we offer reliability, technical depth, and a willingness to address challenges directly as they arise.
For those working at the intersection of health, flavor, and innovation, sucralose remains one of the most versatile and trusted solutions, rooted in decades of safe consumption and technical evolution. Our experience in manufacturing and supporting sucralose applications gives brands tangible advantages as they navigate an ever-evolving food and beverage landscape.
Sucralose, more than just a line item in a formulation, reflects years of producer commitment—ensuring taste, stability, and safety through every batch. From our manufacturing floors to your finished goods, the journey involves continuous attention and technical mastery. When performance matters and confidence in quality stands paramount, true value emerges from a direct relationship with the people behind the product.